Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A dynamic live media streaming method comprising: broadcasting, via a broadcast management system, a live media stream from at least one broadcasting device over at least one network to a plurality of content viewing devices, the broadcast management system comprising a computer processor, memory, storage device and at least one network communication device for communication between the at least one broadcasting device and the plurality of content viewing devices, determining a jump zone based upon at least one predetermined jump zone criteria, the jump zone comprising a physical area where a next broadcasting device must be located, selecting the next broadcasting device that is physically located in the jump zone, stopping the live media stream from the at least one broadcasting device based on a collection of votes attributed to the live media stream, and broadcasting another live media stream from the next broadcasting device.
2. The method as recited in claim 1 wherein stopping the live media stream from the at least one broadcasting device is based upon an expiration of broadcasting time.
3. The method as recited in claim 1 further comprising defining the predetermined jump zone criteria as comprising a minimum distance from the at least one broadcasting device, and a maximum distance from the at least one broadcasting device; wherein the physical geographic region of the jump zone is defined as being within the minimum distance from the at least one broadcasting device and the maximum distance from the at least one broadcasting device.
Wireless communication systems often require precise control over signal transmission to optimize performance and minimize interference. A method addresses this by defining a jump zone, a physical geographic region where communication parameters are dynamically adjusted. The method involves setting predetermined jump zone criteria, including a minimum and maximum distance from at least one broadcasting device. The jump zone is then defined as the area between these distances, ensuring that devices within this region are subject to specific communication adjustments. This approach allows for adaptive signal management, improving efficiency and reliability in wireless networks. The method may also include determining the position of a mobile device relative to the broadcasting device and adjusting communication parameters based on whether the device is inside or outside the jump zone. By dynamically modifying transmission settings, the system can enhance signal quality, reduce interference, and optimize resource allocation. The technique is particularly useful in environments where signal conditions vary, such as urban areas or mobile networks.
4. A live media streaming method comprising: broadcasting, via a broadcast management system, a live media stream in at least one of a plurality of broadcasting channels, the live media stream being transmitted from a broadcasting device corresponding to a broadcasting user, the broadcast management system comprising a computer processor, memory, storage device and at least one network communication device for communication between the at least one broadcasting device and a plurality of content viewing devices, determining a jump zone based upon predetermined jump zone criteria corresponding to the at least one of the plurality of broadcasting channels, the jump zone comprising a physical region, wherein the jump zone of at least one of the plurality of broadcasting channels is determined based upon a location of the broadcasting user, defining the predetermined jump zone criteria corresponding to the at least one of the plurality of broadcasting channels as comprising a minimum distance from the broadcasting user and a maximum distance from the broadcasting user; wherein the physical region is defined as being within the minimum distance and the maximum distance, selecting a next broadcasting user corresponding to a location within the physical region of the jump zone, prior to broadcasting the live media stream from the next broadcasting device, stopping the live media stream from the broadcasting device, and broadcasting another live media stream in the at least one of a plurality of broadcasting channels from a next broadcasting device corresponding to the next broadcasting user.
5. The method as recited in claim 4 wherein stopping the live media stream is based upon an expiration of broadcasting time.
A system and method for managing live media streams involves controlling the broadcast of real-time video or audio content to one or more recipients. The technology addresses the challenge of efficiently terminating live media streams when they are no longer needed, ensuring optimal resource utilization and preventing unnecessary data transmission. The method includes monitoring the broadcast duration of a live media stream and automatically stopping the stream when a predefined broadcasting time limit is reached. This ensures that media streams do not continue indefinitely, conserving bandwidth and computational resources. The system may also include additional features such as detecting user activity or inactivity to further optimize stream management. By implementing time-based termination, the system enhances efficiency in media broadcasting environments, particularly in applications where live streams are time-sensitive or resource-intensive. The method is applicable in various domains, including video conferencing, live event streaming, and real-time communication platforms.
6. The method as recited in claim 4 wherein stopping the live media stream is based upon a receipt of votes attributed to the live media stream transmitted from the broadcasting device.
This invention relates to live media streaming systems where the continuation or termination of a live media stream is controlled by audience feedback. The problem addressed is the lack of dynamic control over live media streams, where broadcasters may continue streaming content regardless of audience interest or engagement. The invention provides a method to automatically stop a live media stream based on real-time audience feedback, specifically votes received from viewers. The method involves monitoring votes transmitted from devices receiving the live media stream. These votes are aggregated and analyzed to determine whether the stream should continue or be terminated. If the votes indicate a lack of interest or a majority decision to stop the stream, the system automatically halts the broadcast. This ensures that live media streams are only maintained when there is sufficient audience engagement, optimizing resource usage and improving viewer experience. The system may also include additional features such as vote thresholds, time-based voting windows, or weighted voting to refine the decision-making process. The method ensures that the broadcaster does not have sole control over the stream's duration, introducing a democratic element to live media broadcasting. This approach is particularly useful for platforms where audience engagement is critical, such as interactive live events, gaming streams, or collaborative content creation.
7. The method as recited in claim 4 wherein selecting the next broadcasting user comprises selecting a broadcasting user comprising a higher rank than other potential users located within the jump zone.
In the field of wireless communication systems, particularly in decentralized networks where devices dynamically broadcast data, a challenge arises in efficiently selecting the next broadcasting user to minimize latency and optimize network performance. Existing systems often rely on random or proximity-based selection, which can lead to suboptimal routing and increased delays. This invention addresses the problem by introducing a rank-based selection mechanism for determining the next broadcasting user. The method involves identifying a group of potential users located within a predefined jump zone, which is a geographic or signal-range area where devices can directly communicate. From these potential users, the system selects the one with the highest rank, where the rank is determined by factors such as signal strength, device capability, or network priority. This ensures that the most suitable device is chosen for relaying data, improving efficiency and reducing transmission delays. The rank-based approach prioritizes devices that can provide better performance, such as stronger signal quality or higher processing power, leading to more reliable and faster data transmission. By dynamically adjusting the selection criteria based on real-time conditions, the system adapts to changing network environments, enhancing overall network robustness. This method is particularly useful in decentralized networks where centralized control is unavailable, ensuring seamless and efficient data propagation.
8. A dynamic live media streaming method comprising: broadcasting, via a broadcast management system, a live media stream from at least one broadcasting device over at least one network to a plurality of content viewing devices, the broadcast management system comprising a computer processor, memory, storage device and at least one network communication device for communication between the at least one broadcasting device and the plurality of content viewing devices, determining a jump zone based upon at least one predetermined jump zone criteria, the jump zone comprising a physical geographic region where a next broadcasting device must be located, stopping the live media stream from the at least one broadcasting device based upon a receipt of votes attributed to the live media stream from the at least one broadcasting device, selecting the next broadcasting device in the jump zone, and broadcasting a live media stream from the next broadcasting device.
9. A dynamic live media streaming method comprising: broadcasting, via a broadcast management system, a live media stream from at least one broadcasting device over at least one network to a plurality of content viewing devices, the broadcast management system comprising a computer processor, memory, storage device and at least one network communication device for communication between the at least one broadcasting device and the plurality of content viewing devices, determining a jump zone based upon at least one predetermined jump zone criteria, the jump zone comprising a physical area where a next broadcasting device must be located, defining the predetermined jump zone criteria as comprising a minimum distance from the at least one broadcasting device, and a maximum distance from the at least one broadcasting device, wherein the physical area of the jump zone is defined as being within the minimum distance from the at least one broadcasting device and the maximum distance from the at least one broadcasting device, selecting a next broadcasting device that is physically located in the jump zone, stopping the live media stream from the at least one broadcasting device, and broadcasting another live media stream from the next broadcasting device.
Unknown
March 2, 2021
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